Showing 261-270 of 352 grants

Title Institution Researcher Program Duration Total Award Amount
Targeted mRNA LNP strategies to modulate lymphocyte migration and Treg function for T1D immunotherapy Trustees of the University of Pennsylvania Michael Betts Cures 01-September-2024 to 31-August-2027 $900.000,00
Prevalence of Endogenous Hypercortisolism in People with poorly controlled Type 1 Diabetes: Hypercortisolism In Type 1 DM (HIT-T1D) Tulane University Vivian Fonseca Improving Lives 01-October-2026 to 30-September-2029 $2.309.103,00
HSPC engineering of myeloid-restricted CAR circuit for pancreatic M2 Polarization in Type 1 Diabetes University of California, San Diego Anusha Sivakumar Cures 01-September-2026 to 31-August-2028 $340.867,00
Acetazolamide and Tubuloglomerular Feedback in Persons with Type 1 Diabetes: A Clinical Trial University of California, San Diego Charles Ginsberg Improving Lives 01-November-2022 to 31-October-2026 $1.356.726,45
The Effects of Glucagon Antagonism on Insulin Resistance, Ketone Production, and Cardiovascular Risk in Individuals with Type 1 Diabetes University of California, San Diego Jeremy Pettus Improving Lives 01-June-2021 to 30-November-2026 $1.233.752,52
Microneedle Sensor for Simultaneous Continuous Monitoring of Ketone and Glucose University of California, San Diego Joseph Wang Improving Lives 01-October-2022 to 30-April-2027 $867.998,91
IL-37 expressing Treg cells to improve T1D therapeutic strategy University of California, San Diego Mayumi Fujita Cures 01-September-2025 to 28-February-2027 $161.904,81
Assessment of impaired counterregulatory hormones and endothelial dysfunction using wearable sensors in people living with type 1 diabetes University of California, San Diego Robert Thomas Improving Lives 01-June-2026 to 31-May-2031 $999.888,08
Reducing the Burden of Type 1 Diabetes Using Combination Adjunctive Therapy to Address Multiple Metabolic Imbalances University of California, San Diego Schafer Boeder Improving Lives 01-July-2022 to 30-June-2027 $749.956,58
Development of a Microfluidic Patch Pump for Next-Generation Wearable Artificial Pancreas Systems University of California, Santa Barbara Sumita Pennathur Improving Lives 01-May-2023 to 30-April-2026 $1.063.204,78